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Huawei H12-511_V1.0 (HCIA-Intelligent Vision V1.0) Certification Exam is a professional certification exam offered by Huawei Technologies. H12-511_V1.0 exam is designed to test the skills and knowledge of individuals in the field of intelligent vision. HCIA-Intelligent Vision V1.0 certification exam covers a wide range of topics including intelligent vision systems, image recognition, and video analysis. H12-511_V1.0 Exam is intended for professionals who are interested in gaining proficiency in intelligent vision technologies and want to validate their skills and knowledge by obtaining a certification.
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Huawei H12-511_V1.0 certification exam is designed for individuals who have a basic understanding of intelligent vision technology and want to develop their skills further. H12-511_V1.0 exam covers a broad range of topics, including the principles of intelligent vision technology, image processing, pattern recognition, and deep learning. H12-511_V1.0 exam also covers the use of intelligent vision technology in various industries, including healthcare, finance, and manufacturing.
Huawei is a renowned tech company that provides top-notch products and services in the technology industry. Their products are used widely across the globe, including their certification exams that are designed to validate the skills and knowledge of IT professionals. One of such exams is the Huawei H12-511_V1.0: HCIA-Intelligent Vision V1.0 exam. H12-511_V1.0 Exam is designed to test the candidate's knowledge and skills in intelligent video surveillance, object detection, and video analysis.
NEW QUESTION # 29
Which of the following statements is correct about target recognition technology?
Answer: A
Explanation:
Target recognition is an intelligent video-analysis technology that identifies or matches a target by extracting and comparing distinguishing visual features from captured images.
Option B is correct because target recognition can be applied to persons appearing in surveillance video. After a target has been detected, the recognition system locates relevant feature points, extracts distinguishing information, and compares the resulting features with reference images or feature records.
Option A is incorrect because the recognition process requires image information. This is ordinarily obtained from cameras or existing image and video sources. Without image collection or access to previously collected images, the described visual recognition workflow cannot operate.
Option C is incorrect because target matching is not inherently or predominantly performed by cameras.
Intelligent cameras can support edge-side target analysis, but matching can also be performed by centralized intelligent-analysis services or platform components. The question's broad assertion about where most matching occurs is not established by the Huawei architecture.
Option D is incorrect because options A and C are incorrect.
Huawei's course identifies image collection, target detection, feature-point location, feature extraction, feature comparison, and result output as the essential stages of recognition.
The laboratory guide also distinguishes target detection and capture from target matching, emphasizing their related but separate functions.
Official Huawei references:
Training Material - Target Recognition, slide 97. Lab Guide - Experiment Environment Overview, pages
6-7; Experiment 7, Target and Person Detection.
NEW QUESTION # 30
At a Huawei video site, the main control unit primarily integrates the lithium battery and network module.
Answer: B
Explanation:
The statement is false because Huawei's video-site function module integrates power-supply and network- transmission functions, while the lithium battery forms a separate energy-storage component of the complete site solution.
Huawei's PowerCube 500-based video-site architecture is designed to simplify installation by integrating power conversion, network connectivity, and associated interfaces into a compact functional module.
The network board provides communication interfaces, including supported electrical Ethernet ports, optical interfaces, and connectivity to external network equipment. This enables cameras and other video-site devices to communicate through the available backhaul infrastructure.
The power board converts incoming electrical power into the voltage outputs required by connected devices.
Huawei describes support for power conversion, equipment power delivery, fault reporting, and communication with the network-management system.
Lithium batteries provide backup energy when the primary electricity supply is interrupted. They communicate with the function module through the designated battery interface but are not equivalent to the integrated network or power board.
Therefore, describing the main function module as an integration of the lithium battery and network module incorrectly combines separate components of the site architecture.
The correct architectural distinction is between the integrated power/network function module and the associated lithium-battery energy-storage system.
Official Huawei references:
Training Material - Huawei Video Site Introduction; Function Module (1), page 22; Function Module (2), page 23; Function Module (3), page 24; Lithium Battery, page 26.
NEW QUESTION # 31
What does a steady-red STAT indicator on the main control board at a Huawei video site indicate?
Answer: B
Explanation:
Huawei's video-site function module includes a network service board with status indicators used to identify its operating condition and hardware health.
Option B is correct because the Huawei training material explicitly states that a continuously illuminated red STAT indicator identifies a hardware fault on the board.
The STAT indicator provides three principal states in the documented EG8P network-board configuration.
When the indicator is continuously green, the board is operating normally. A continuously red indicator signifies a hardware fault requiring investigation. When the indicator is off, the board may be unpowered, not working, or not created in the system.
Option A is incorrect because an unpowered board is associated with an extinguished indicator rather than a steady-red indication.
Option C is incorrect because normal operation is represented by the green indicator.
Option D is incorrect because the documented red STAT state identifies a hardware fault rather than simply indicating incomplete service configuration.
During troubleshooting, engineers should inspect power connections, board installation, hardware alarms, and relevant network-management information before replacing a potentially faulty component.
Correct interpretation of status indicators enables rapid fault isolation and prevents unnecessary changes to otherwise functional service configurations.
"On (red): The board hardware is faulty."
Official Huawei references:
Training Material - Huawei Video Site Introduction; Function Module (2), page 23; EG8P indicator description.
NEW QUESTION # 32
Which of the following statements are accurate about the video security gateway?
Select All that Apply
Answer: A,B,C
Explanation:
Huawei's video security gateway provides identity authentication and access control to protect camera connections and video-service traffic. The official training material directly establishes options B, C, and D.
Option B is correct. The gateway identifies unauthorized device connections and data-access attempts, blocks prohibited activity, and generates security alarms. Access decisions can consider information such as source and destination IP addresses, ports, and communication protocols.
Option C is correct. The gateway permits authorized video-service traffic and restricts connections that do not satisfy established security policies.
Option D is correct. The gateway authenticates camera identities using device information such as IP address, MAC address, and serial number, improving the security of camera access to the surveillance network.
Option A is not established as a gateway function. Huawei assigns prevention of DDoS attacks and network congestion to a separate traffic-cleaning device. The gateway may incorporate intrusion-prevention capabilities, but that does not establish that it provides the dedicated DDoS-cleaning function described in option A.
The distinction between access authentication and volumetric attack mitigation is important when designing video-network security architecture.
Official Huawei references:
Training Material - Cybersecurity Preventer: Traffic Cleaning Device, slide 183; Identity Authentication:
Video Security Gateway, slide 184; Traffic Cleaning Server, slide 195.
NEW QUESTION # 33
Which of the following RAID modes does not support data verification?
Answer: A
Explanation:
RAID 1 provides data redundancy through disk mirroring rather than parity-based verification. Consequently, RAID 1 is the correct answer when the question asks which RAID level does not support parity-based data checking.
In RAID 1, identical copies of data are maintained on separate disks. If one disk fails, the surviving mirror can continue providing access to the stored information. However, this mechanism does not generate or store dedicated parity information for reconstructing data in the manner used by parity-based RAID configurations.
Option A - RAID 5: Uses block-level striping with distributed parity information. Its parity mechanism enables data reconstruction following a supported disk failure.
Option B - RAID 3: Uses data striping with parity information stored on a dedicated disk. The parity information provides error-recovery capabilities.
Option C - RAID 1: Uses mirroring and does not employ parity-based checking. This matches the question's intended distinction.
Option D - RAID 6: Uses distributed dual-parity information, allowing the array to tolerate two disk failures under supported conditions.
It is important to distinguish parity checking from other integrity mechanisms. RAID 1 can detect or report errors through controller and disk-level mechanisms, but parity is not its redundancy method.
"RAID1 - Data mirroring, no parity check"
Official Huawei references:
Training Material - Basic Concepts of RAID, slide 71; RAID Levels - RAID 0 and RAID 1, slide 77; RAID Levels - RAID 3 and RAID 5, slide 78.
NEW QUESTION # 34
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